Until the Coral Cache caches the "We've been slashdotted" page.
It was a re-do of the Mars Polar Lander. (Failed due to an un-debounced landing sensor switch).
Phoenix rose from the ashes of MPL.
For reference, the mast cams on MER (the one on the left) are at eye-level for a person 5'8"-5'10" ish tall.
I don't use noscript, but have been noticing lots of disabled copying on more and more websites.
The simple fix I use is to Ctrl-U/View source and copy from that window.
You haven't bought a car in California recently?
There are Prop 65 stickers on car windows already. "This car contains and is manufactured with stuff that gives you cancer."
I bought a car a month ago and that sticker didn't even make it off the lot before I took it off. One on the driver's side and one on the passenger side.
You'd have to have a hell of a lot of built-up voltage to jump through the plastic casing, through the air gap to the non-grounded metal on the PC board, and then from there across the air gap to the USB grounding shield.
It's not the direct zap from your finger, it's the induced charge.
You're negatively charged, and hold one end of the USB stick. The EM field you are generating pushes all the positive charge to the other end of the stick. Usually the USB plug.
Your stick approaches the USB port, which is neutral and/or grounded and the positive end of the USB stick discharges through whatever you plugged it into.
It is even worse with grounded materials. Bring a positive charge near something grounded, and all the positive charges run away into the ground. Unground the device when the positive charged object is still around and now your device is net negatively charged. Plug that device into something and *zap*, ESD.
Since Perl is pretty loosely typed, Once it overflows its int type, it'll become a float type, then it'll just keep growing till it hits infinity.
Or until, in float, you run out of precision in the mantissa so that you can't fit 1 and the number in the same range. The proverbial 3000000000000000 + 1 = 3000000000000000.
For IEEE754 32 bit float, that's about 24 bits worth of float, so about 16,777,216 is the biggest for single precision float.
#include <stdio.h> int main(void) { int i; float j = 16777210; for (i = 0; i < 10; i++) { printf("%f\n", j); j = j + 1; } return 0; }
16777210.000000
16777211.000000
16777212.000000
16777213.000000
16777214.000000
16777215.000000
16777216.000000
16777216.000000
16777216.000000
16777216.000000
Note the saturation at 216.
If you want to put yourself on the map, publish your own map.